TABLE OF CONTENTS
- 1. /PIL_FormInfo
- 1.1. PIL_FormInfo/FormationVals
- 1.2. PIL_FormInfo/IndexList
- 1.3. PIL_FormInfo/ValueList
- 1.4. PIL_FormInfo/PIL_FormInfo_DeAlloc
- 1.5. PIL_FormInfo/PIL_FormInfo_ZERO
- 1.6. PIL_FormInfo/PIL_FormInfo_PUT
- 1.7. PIL_FormInfo/PIL_FormInfo_GET
- 1.8. PIL_FormInfo/PIL_FormInfo_Allocate
- 1.9. PIL_FormInfo/PIL_FormInfo_Print
/PIL_FormInfo [ Modules ]
NAME
module PIL_FormInfo
PURPOSE
cf. module PIL_nLead
Provide some storage method for a integer valued information connected to a particle characterized by its unique particleNumber.
This is closely connected to the module PILIndex
The stored information is a flag connected with string fragmentation:
EArr(2,...) + 10 * EArr(3,...) + 100 * nLead
(cf. GetJetSetVec.f)
EArr(1,...):
- 0: hadron has not been processed
- 1: everything should be ok (in principle)
- 3: next to last hadron in fragmentation
- 4: last hadron in fragmentation
EArr(2,...):
- 1: problems with ProdTime 1 ; additive
- 2: problems with ProdTime 2 ; additive
- 4: problems with FormTime ; additive
Values can be tested by the intrinsic f77-function IAnd(...,1|2|4).
EArr(3,...):
- 1: hadron from QQ-String
- 2: hadron from QQ-String with internal Gluons
- 3: hadron from pure gluonic GG-string
- 4: hadron from Cluster-Decay -> 1 hadron
- 5: hadron from Cluster-Decay -> 2 hadrons
- 6: hadron from Doku-Line
EArr(4,...): number of the string
EArr(5,...): Rank of the particle, like it was calculated
EArr(6,...): rank as the minmal number of particles to the left or right (plus 1). (reverse ordering is considered)
NOTES
- "PIL" stands for "PartInfoList"
PIL_FormInfo/FormationVals [ Types ]
[ Top ] [ PIL_FormInfo ] [ Types ]
NAME
type FormationVals
PURPOSE
a container of the information to be stored
SOURCE
type FormationVals
integer :: val
end type FormationVals
PIL_FormInfo/IndexList [ Global module-variables ]
[ Top ] [ PIL_FormInfo ] [ Global module-variables ]
PURPOSE
The list, were the particle numbers are connected with the (physical) storage position
SOURCE
type(tIndexList),save :: IndexList
PIL_FormInfo/ValueList [ Global module-variables ]
[ Top ] [ PIL_FormInfo ] [ Global module-variables ]
PURPOSE
The list, were the information is stored
SOURCE
type(FormationVals),save, allocatable :: ValueList(:)
PIL_FormInfo/PIL_FormInfo_DeAlloc [ Subroutines ]
[ Top ] [ PIL_FormInfo ] [ Subroutines ]
NAME
subroutine PIL_FormInfo_DeAlloc
PURPOSE
Deallocate the memory for this list and the corresponding index list.
PIL_FormInfo/PIL_FormInfo_ZERO [ Subroutines ]
[ Top ] [ PIL_FormInfo ] [ Subroutines ]
NAME
subroutine PIL_FormInfo_ZERO()
PURPOSE
Reset the list by setting the counter of stored information to 0. No allocation or deallocation of memory happens.
PIL_FormInfo/PIL_FormInfo_PUT [ Subroutines ]
[ Top ] [ PIL_FormInfo ] [ Subroutines ]
NAME
subroutine PIL_FormInfo_PUT(number,r)
PURPOSE
Store the information "r" connected with particle "number" in the list.
INPUTS
- integer :: number -- the (unique) particle number
- integer :: r -- the information to store
OUTPUT
none
PIL_FormInfo/PIL_FormInfo_GET [ Functions ]
[ Top ] [ PIL_FormInfo ] [ Functions ]
NAME
logical function PIL_FormInfo_GET(number,r)
PURPOSE
Get the stored information of particle "number"
INPUTS
- integer, intent(IN) :: number -- the (unique) particle number
OUTPUT
- integer, intent(OUT) :: r -- the stored information (or .false.)
- the (logical) return value signals, whether inforation about this particle was found in the list or not.
PIL_FormInfo/PIL_FormInfo_Allocate [ Subroutines ]
[ Top ] [ PIL_FormInfo ] [ Subroutines ]
NAME
subroutine PIL_FormInfo_Allocate
PURPOSE
Do the allocation and reallocation of the value vector. The new size is taken from the size of the IndexList vectors.
NOTES
For security one should insert here checks, whether the memory allocations failed and stop execution in these cases.
PIL_FormInfo/PIL_FormInfo_Print [ Subroutines ]
[ Top ] [ PIL_FormInfo ] [ Subroutines ]
NAME
subroutine PIL_FormInfo_Print(file)
PURPOSE
Print the list to file